Decolourization of Crystal Violate and Methylene Blue Wastewater Using Anaerobic Fermented Bio-Waste

Textile exchange is a popular term in the textile industry and has incorporated Sustainable Development Goals (SDGs) into its strategy for transformation. The advance of Industrial Revolution 4.0 digitised artificial intelligence (AI) operation supply chain to enhance production improve product quality different downstream processing. Malaysia’s largely continued contribute domestic economy. In industry, refinement treatment crucial avoid water pollution derived from dye, organic pollutants, heavy metals. Wastewater industries must perform pre-treat before discarding natural environment, as excess dye wastewater negatively impacts environment. Untreated or inadequately treated discharge nearby sources disease increase. Therefore, this study aims elucidate microbiota biodiversity that can significantly remove break down industry. This selected two cationic dyes, crystal violet (CV), methylene blue (MB). Through findings, microbial consortium fermented bio-waste show no significant difference decolourisation polluted with CV (< 13.53%). contrast, population generated showed remarkable outcomes on MB up 88.52% 3 days treatment. absence laccase bio-waste, produced ineffective decolourising containing compared MB.